new

crc/exampleCircuit.tex

-\documentclass[11pt,ngerman]{HsH-standalone}
-
-\usepackage{siunitx} % kennt SI einheiten
-\usepackage{amsmath} % schöne Formeln
-\usepackage{circuitikz} % zeichnen von Schaltplänen
-
-\begin{document} %----------------------Inhalt---------------------------------------------------%
-
-\begin{circuitikz} \draw
-	(0,0)	to[V, v<=$U_q$, i=$I_q$]  ++(0,2)
-			-- ++(2,0)
-			to[R, i^=$I_R$]	++(0,-2)
-			to[rmeter, t=A] ++(-2,0)
-	;
-\end{circuitikz}
-
-\begin{circuitikz} \draw
-	(0,0)	to[I, v^<=$U_q$, i=$I_q$]  ++(0,2)
-			-- ++(2,0) coordinate(a)
-			to[R, *-*, v^=$U_R$] ++(0,-2) coordinate(b)
-			-- ++(-2,0)
-	(a) 	-- ++(1.5,0)
-			to[rmeterwa, t=V] ++(0,-2)
-			-- (b)
-	;
-\end{circuitikz}
-
-\begin{circuitikz} \draw
-	(0,-2)	coordinate(home)
-			to[V, v<=$U_q$] ++(0,2)
-	;
-	\foreach \i in {0,...,3} \draw
-		(0,0) -- ++(1.5+\i,0)
-			to[R, *-*,l=$R_\i$] ++(0,-2)
-			-- (home)
-	;
-\end{circuitikz}
-
-\end{document}

csv/bsp.csv

-A;B;C;D
-1;0;3,1;0,2
-2;0;7,2;0,5
-3;0;8,3;0,3
-4;0;2,4;0,1
-5;0;4,5;0,2

plt/examplePlot.tex

-\documentclass[11pt,ngerman]{HsH-standalone}
-
-%__________Formeln und Mathe________________
-\usepackage{siunitx} % kennt SI einheiten
-\usepackage{amsmath} % schöne Formeln
-
-%__________Daten Import_____________________
-\usepackage{pgfplots,pgfplotstable} % plots und bilder, enthält tikz und graphix
-
-\begin{document} %----------------------Inhalt---------------------------------------------------%
-
-\begin{tikzpicture}
-	\begin{axis}[MyPlots]
-		\addplot[FM1,domain=-1:1, name path=A]{x^2};
-		\addplot[FM2,mark=none,domain=-1:1, name path=B]{0.5*x^2-1};
-		\addplot[pattern color=gray!40, pattern=dots] fill between[of=A and B];
-	\end{axis}
-\end{tikzpicture}
-
-\begin{tikzpicture}
-\pgfplotstableread{../csv/bsp.csv}\data
-	\begin{axis}[MyPlots,
-		xlabel=X Achse, ylabel=$\percent$,
-		]
-		\addplot[FM1,errBars] table [x=A,y=C,y error=D] {\data};
-			\addlegendentry{Messdaten}
-		\addplot[FM2,smooth] table [x=A,y=C] {\data};
-			\addlegendentry{theroretische Werte}
-		\addplot[FM4] table [x=A,y={create col/linear regression={y=C}}] {\data};
-			\addlegendentry{lineariesiert zu: $y=\num\pgfplotstableregressiona*x+\num\pgfplotstableregressionb$}
-	\end{axis}
-\end{tikzpicture}
-
-\end{document}

project.tex

@@ -6,183 +6,7 @@
 		f1				% HsH facultie (f1-f5)
 	]{HsH-report}		% documentclass
 
-\usepackage{color}		% for coloring stuff
-\usepackage{siunitx}	% units
-\usepackage{listings}
-\usepackage{csvsimple}
-\usepackage{biblatex}	% bibiography
-\addbibresource{src/localBibliography.bib}
 
-
-\usepackage{lipsum}		% dummy text
 \begin{document}
-
-\pagenumbering{Roman}	% duífferent numbering until first chapter
-\maketitle				% using personal.tex
-\declarationAuthorship
-
-\begin{abstract}
-	\lipsum[5-8]
-\end{abstract}
-
-\tableofcontents
-
-\cleardoublepage % importand when using double sided layout
-\pagenumbering{arabic} % numbering in normal numbers
-
-\chapter{Examples}
-	\label{chap: one}
-	{\color{red}red text} and {\color{blue}blue text} \\
-	different subscripts: \normalsubscripts$R_t$ \upsubscripts$R_t$ \\
-	using Units: $R=200\,\milli\ohm + \SI{0.34567453}{\volt\per\metre} - 5\,\si{\second\per\metre\squared}$ \\
-	some information\cite{laboranleitung:physik}\\
-	german number: $3,5$ english number: $3.5$\\ % note changes when using ngerman document option
-
-	\section{using images}
-	Images can just be imported and used in a float enviroment with a caption and a lable to reference it.
-	\begin{figure}
-		\includegraphics[width=.6\textwidth]{img/lorem-ipsum.jpg}
-		\caption{just a random image}
-	\end{figure}
-
-	Plots can be created direktly with latex. It is recomendet to do this in subfiles and just import the finished PDF pages. This speed us
-	compiletimes by a lot. You should not change the size of precompiled images to keep fontsizes consistent.
-	\pagebreak
-	\begin{figure}
-		\includegraphics[page=2]{plt/build/examplePlot.pdf}
-		\caption[centering]{a nice plot}
-		\label{fig: plot1}
-	\end{figure}
-	\begin{figure}
-		\includegraphics[page=1]{plt/build/examplePlot.pdf}
-		\caption{a area plot}
-		\label{fig: area}
-	\end{figure}
-
-	Circuit diagramms can also be created using a package called \lstinline{circuitikz}. It is also recomendet to get formiliar with Inkscape which
-	has a very good export to latex feature.
-	\begin{figure}
-		\graphicspath{{svg/build/}} % double curly brackets needet for unknown reason
-		\subfigure[a circuit diagramm]{\includegraphics{crc/build/exampleCircuit.pdf}}
-		\hspace{2cm}
-		\subfigure[made via Inkscape]{\input{svg/build/exampleSVG.pdf_tex}}
-		\caption{using two figures}
-	\end{figure}
-
-\section{demo nested listing}
-	\begin{itemize}
-		\item hallo
-		\begin{itemize}
-			\item temp
-			\begin{itemize}
-				\item temp
-				\begin{itemize}
-					\item temp
-				\end{itemize}
-			\end{itemize}
-		\end{itemize}
-	\end{itemize}
-
-
-\section{using Units}
-	For this the \lstinline{siunitx} package is used. It provides Macros for all units.
-	\begin{equation}
-		200\,\kg
-	\end{equation}
-	The space betwen a number and it's unit shoud be a protected half-space, which can be created in latex using \lstinline{\,} In the classfile
-	siunits is set up to use a seperate macro for each subunit, even for size-modifiers:
-	\begin{equation}
-		200\,\milli\metre \cdot 2\,\mega\volt
-	\end{equation}
-	Siunits also allows for reformating of numbers as well as units. Use the \lstinline{\SI} and \lstinline{\si} macros for that:
-	\begin{equation}
-		e = \SI{1.602176634E-19}{\coulomb} % formats number + units, autospacing, transform to german comma
-		\;|\; \SI[exponent-to-prefix]{2e-9}{\farad} % you can also autocalculate prefixes
-	\end{equation}
-	\begin{equation}
-		\SI[exponent-to-prefix]{1e-6}{\metre}
-	\end{equation}
-	\begin{equation}
-		124\,\si[per-mode=fraction]{\kilo\metre\per\second\squared} % only units
-	\end{equation}
-	\begin{equation}
-		\num{0.0004}\,\lumen % only numbers,  \per and \squared do not work
-	\end{equation}
-
-\section{Using formulas}
-	\label{sec: formula}
-	a numberd formula:
-	\begin{equation}
-		\label{eq: einhalb} % always lable your stuff
-		0,5=\frac{1}{3}
-	\end{equation}
-	\autoref{eq: einhalb} is nice, but how about multiple lines:
-	\begin{equation}
-	\begin{split} % you need do nest this
-		x &= x^2+3 \\
-		\Leftrightarrow 0 &= x^2-x+3 \\
-	\end{split}
-	\end{equation}
-	and how could you align formulas?
-	\begin{align}
-		x_1 &= 6 &&|\;\mbox{mit } x \in \mathbb{N} \\
-		x_2 &= 33+\abs{\frac{1}{4}} &&|\;x_1+3 \\
-			&= 33,25 &&\mbox{| don't number everything} \notag \\
-		x_3 &= 10^{22}
-	\end{align}
-
-\section{formating code}
-	\label{sec: code}
-	use the listings package:
-	% how to skip fist tab??
-	\begin{lstlisting}[language=c]
-	#include <stdlib.h>
-	#include <sdtio.h>
-
-	int main(void) {
-		printf("Hello World");
-		return 0;
-	}
-	\end{lstlisting}
-	% or input from external file:
-	%\lstinputlisting[language=c]{main.c}
-
-\section{CSV files}
-	\label{sec: messwerte}
-	import a csv as table:\\
-	\csvautotabular{csv/bsp.csv}\\
-	or do it manualy to get more controll:
-	\begin{table}
-		\caption{a nice list of numbers}
-		\begin{tabular}{c|c}
-			first row & second row \\\hline\hline
-			\csvreader[
-				late after line=\\\hline,
-				late after last line=\\\hline
-			]{csv/bsp.csv}{}{number: $\csvcoli\,\metre$ & is not \csvcoliii}
-		\end{tabular}
-	\end{table}
-
-\clearpage
-\KOMAoptions{paper=landscape,pagesize,DIV=9} % rotate page to landscape mode (because why not XD)
-\recalctypearea
-\chapter{attachment}
-% manually include a PDF as not numbered section
-\textbf{\Large{Messprotokoll oder so}} % just so it'S not empty
-\phantomsection % Anker für den Hyperlink
-\addcontentsline{toc}{section}{Messprotokoll} % add to table of content
-\chaptermark{Messprotokoll}	% change headmark
-%\includepdf[pages=-,pagecommand={},width=\paperwidth]{temp.pdf} % comment in to include pdf
-
-As you can see its also posible to have some pages sideways. Just keep in mind you might need to adapt the margins
-
-\newpage
-\KOMAoptions{paper=portrait,pagesize} % and back
-\recalctypearea
-
-\printbibliography
-\noindent\begin{minipage}{\textwidth} % prevent automatic pagebreaks
-	\listoffigures
-	\listoftables
-\end{minipage}
+	%your document goes here
 \end{document}

src/localBibliography.bib

-@book{westermann:tabellenbuch,
-	author		= {Dr. Michael Dzieia and Heinrich Hübscher and Dieter Jagla and Jürgen Klaue and Hans-Joachim Petersen and Harald Wickert},
-	title		= {Elektronik Tabellen: Betriebs- und Automatiesierungstechnik},
-	year		= {2016},
-	edition		= {2},
-	publisher	= {Westermann},
-	isbn		= {9-783142-450353},
-	language	= {GER},
-}
-@manual{laboranleitung:physik,
-	author		= {Fachschaft Physik},
-	editor		= {},
-	title		= {Laboranleitung für das Physiklabor},
-	date		= {2020-03-01},
-	url			= {https://docs.f1.hs-hannover.de/dl_fachgebiete/labore.php?id_fachgebiet=4},
-	urldate		= {2020-03-23},
-	language 	= {GER}
-}
-@manual{laboranleitung:elektrotechnik,
-	author		= {Fachschaft Grundlagen Elektrotechnik},
-	title		= {Laboranleitung für das Labor Elektrotechnische Grundlagen},
-	date		= {2016-06-07},
-	url			= {https://docs.f1.hs-hannover.de/dl_fachgebiete/labore.php?id_fachgebiet=3},
-	urldate		= {2020-03-30},
-	language	= {GER}
-}
-@manual{laboranleitung:messtechnik1,
-	author		= {Prof. Dr.-Ing. S. Beißner and Prof. Dr.-Ing. M. Koch and Prof. Dr.-Ing. M. Kesting and
-					Prof. Dr.-Ing. M. Lassahn and Prof. Dr.-Ing. D. Hisseine and M.Sc. Brech and
-					M.Eng. Schwarze and Prof. Dr.-Ing. D. Stolle},
-	title		= {Laboranleitung für das Labor Grundlagen Messtechnik},
-	date		= {2019-08-12},
-	url			= {https://moodle.hs-hannover.de/pluginfile.php/359636/course/section/183463/LGM-Laboranleitung_EIT_20190812.pdf},
-	urldate		= {2019-08-11},
-	language	= {GER}
-}
 %-----------------------Templates--------------------------------------------------------
 % A single-volume book with one or more authors
 @book{1,